I think the easiest solution to this is just not to have all the ”smart” features in the first place.

In regards to reducing emissions, I get that these smart features can increase efficiency, but, does that offset the emissions of manufacturing the additional hardware needed? most people won’t set up things like load shifting, or live in areas where variable priced power just isn’t a thing, so that efficiency is only really realized by a fraction of the units.

Things like heat pump heaters are incredibly efficient systems, even without the smart features. I think we would be better served by focusing on getting these made as efficiently, repairably, and cheaply as possible. And then getting them in to as many hands as possible. Packing them full of smart features will just diminish the longevity of the equipment, increase the cost per unit, and make them less accessible to the average person.

The problem is, this isn’t really up to consumers or even companies, as alluded to in blog post. Investors push for the inclusion of such features because they’re ether convinced it’s what must be done to compete, opens avenues for future subscription fees, or just because they’re invested in the company that makes the parts that enable the features.

It’s a structural issue in how investment and funding is done, and regulation will only do so much to counter the natural tendencies of the business world. We need different ways to get investment in to the production of these kinds of products.

“The Death of Stalin” is perhaps similar to what you’re thinking of, basically about the shenanigans with in the Kremlin fallowing Stalin’s death.

I mean, I guess the term might just be “historical comedy”

I see a lot of potential for electric aircraft for short haul flights between regional airports, or for distribution of cargo between hubs, but not in any sort of dispersed capacity. Hub to warehouse cargo? Sure! Delivery to doorsteps or air taxi? hell no.

Anything that isn’t flying along a designate air route between already establish large volume facilities is just fundamentally impractical due to the safety issues with aircraft. No amount of new tech will solve how fundamentally dangerous a 4 ton hunk of metal going at 160MPH going anywhere but a designated route away from populated areas is.

Flying cars exist, you just need a pilot license to operate one, that is not something that will go away any time soon, and for good reason.

Everyone driving at 60MPH in 2D is dangerous enough as it is, 160MPH in 3D is way more dangerous. It’s not an issue of technology, it is an issue of the fundamental impracticality of the concept.

He was sued for miss use of company profits, not for failing to maximize profits.

He took profits and was reinvesting in new plants and cutting car prices, while also ending dividend payments to do so. That was the crux of the case, ending dividend payments despite having money to continue paying them. This case is routinely held up as an example of shareholder primacy but has been dismissed as an example of such by most modern thinkers In the field, in large part because the court also ruled that he had final say on how to proceed with company operation. Increasing worker pay was not the issue, ending dividends to make capital investment was.

Edit: also, I should clarify, he was the majority share holder, and the minority shareholders could thus not replace him with someone willing to pay dividends. He was not being sued for failing to seek profits, he was being sued for holding those profits hostage from other shareholders.

This is a common misconception based on an argument put forward my Milton Friedman. It’s based on legal cases where CEOs were taken to court for knowingly defrauding shareholders for their own personal gain (say, selling all of a companies assets of the company to a different company the ceo owns privately for a single dollar).

Friedman argued that these cases set precedent that meant all CEO were legally obligated to maximize shareholder value and could be held legally accountable for not doing so. Friedman was wrong about this, like many other things he said, as he was not a lawyer, nor a particularly good economist. No CEO has even been successfully sued for “failing to maximize shareholder value” despite some people taking Friedman’s work to heart and trying to do so.

This is definitely realistic and not an over valuation based on AI-hype investor brain rot. Like, they’re a fucking graphics card company. Like, sure graphics cards can do some cool linear algebra, and linear algebra can do some cool things… but I’m sorry, they’re not going to be earning as much as Apple or Microsoft, companies that sell the whole rest of the computer to people and/or the plurality of software that runs on it.

Reminder than most other browsers are based on chromium, and Google can probably break ad blockers on them if they want to.

It’s also a chromium based browser so good chance it will loose any ad blocking ability if google decides to play hardball.

Now I’m wondering if the point of the ads is not to make revenue, but to get people used to paying a subscription fee for their OS by way of a “removing ads” fee, maybe they start bundling other things into the subscription version like game pass or office to sweeten the deal, then slowly transition to a purely subscription model.

some are talking about this like it’s going to be the straw that breaks the camels back and suddenly everyone will flock to a Linux distro, but, realistically, most market share is based on what companies use for work stations, and companies ain’t gonna change unless it starts to seriously impact productivity or it cost them more.

For personal/freelance-work computers, some people will just suck it up because of inertia. Of those who just can’t stand it… most will probably buy a mac next time they get a computer. There will probably be an increase in Linux usership, but it’s probably gonna be a 5-1% change in market share, depending on how fucked 11 ends up being as time goes on.

Probably the biggest increase in market share will be from schools adopting chrome books or the like.

The website formally known as twitter runs face first in to the results of chasing another tech hype train built on sound technology being applied way too broadly, and operating in unsustainable and dubiously legal ways.

The most space efficient parking space is one outside the urban center at a bus stop or train station. Having parking inside urban areas just creates more traffic by making it possible for more personal cars to enter the city. The issue of parking and traffic in cities can only be solved by a paradigm shift away from trying to accommodate cars in dense urban environments.

the problem with flying cars is that most people can barely be trusted to operate a 60MPH vehicle in 2 dimensions, 100MPH vehicles in 3 dimensions is a recipe for a disaster. Pilots licenses are difficult to get for a very good reason.

We should be trying to get large personal vehicles out of cities and towns as much as practical, not introducing new types that are even more dangerous.

People who make the information fed in to the automatic plagiarism machine suing the automatic plagiarism machine company.

Wild to me how far this has gotten before some institutional actors realized that this “amazing new technology” is only financially viable if they don’t have to pay a fair price for the training data.

The mini disk was a truly weird system. Half way between a cassette and a CD. CD used a laser to to reflect off bumps(or dyes in some varieties) on the disk to get a signal, and a cassette would use a metal head to detect magnetization along the tape to get a signal.

The mini disk used a laser to read the magnetization around the disk. Essentially the magnetism would change the polarity of the light as it bounced off, and by measuring what the polarity of the reflected light is, the device got the signal.

Writing to the disk was also wild, as unlike the cassette, the magnetic field of the disk couldn’t just be changed by putting it next to a strong magnet like. Instead, it had to be heated up before the magnetism could be changed, this heating was done with the laser, and was very precise compared to a cassette’s method. This meaning way more information could be squeezed on to the disk than on a cassette.

I mean, maybe not the mini disk specifically, but yah, a cartridge system for CDs would have been better.

Mini disks are super cool but they’re a lot more materially demanding than a CD, CDs being just aluminum and plastic, where as a minidisc has some truly wacky elements in it’s make up to get the magneto optical and curie point to work.

Reddit has had an issue with being a platform of public manipulation for a while. This is not new, it’s just much more noticeable now, and thus a lot less effective.

Reddit was always full of reposts and content yoinked from other sites, it’s just that the content taken from other sites was curated. There was also a fair amount of original content mixed in. The people who bothered to do the free labor of curating content from other sites or creating original content, have largely left or retreated to smaller subreddits.

Where as before the influence and marketing campaigns were mixed in with genuine/well curated content, now they are 90% of what is left. Even their content is worse than it used to be since it’s largely just LLM generated slop now.

It is cheaper when you’re just talking about the actual construction, operation, and externalized elements of the fuel cycle. The reason they are so expensive is the massive difficulties and delays that come from getting the projects approved and the constant legal challenges to shut down construction once approved. If construction is delayed by an injunction, you still have to pay all the specialist until construction starts again.

Solar is only particularly cheap if the power goes directly in to the grid and doesn’t need to stored. Including the cost of grid scale storage bloats the price to be uncompetitive with natural gas.

It’s wild because we don’t need to. We can use extant technologies with established supply chains, it just requires us to move past minor hang ups.

Battery electric cars/trains/buses are unnecessary. Trains and busses can use overhead/3rd rail electrification, most personal trips can be done safely and easily using an E-bike (much smaller batteries that can be produced en mass with existing supply chains) and cars should be reduced in usage outside of particularly rural areas where they truly are a necessity (which is a tiny portion of the overall population).

For the power grid… WE HAVE NUCLEAR POWER! IT IS SAFER, CHEAPER, AND LESS POLLUTING THAN LITERALLY ANY OTHER OPTION! The only thing holding it back is massive amounts of red tape put in place due to fear mongering funded by the gas and coal industries.